RPI ID: 2012-049-601

Innovation Summary:
This invention enables the transmission of electrical signals through solid barriers using an acoustic-electric channel. It converts electrical signals into acoustic waves that propagate through the barrier and are then reconverted into electrical signals on the opposite side. The system supports both analog and digital formats and is designed for secure, non-invasive communication in environments where traditional wiring is impractical.

Challenges / Opportunities:
In sealed or hazardous environments, running wires through barriers can compromise safety and structural integrity. This invention eliminates the need for physical penetrations, offering a secure and reliable alternative for signal transmission. It is especially valuable in military, industrial, and medical applications where maintaining enclosure integrity is critical. Additionally, it enhances security by minimizing electromagnetic emissions.

Key Benefits / Advantages:
✔ Non-invasive communication: No need to breach enclosures
✔ Secure transmission: Reduces risk of signal interception
✔ Versatile signal support: Handles analog and digital formats
✔ Robust performance: Operates in noisy or shielded environments

Applications:
• Military and defense systems
• Medical device enclosures
• Industrial automation and robotics
• Hazardous environment monitoring

Keywords:
#ThroughWallCommunication #AcousticElectricChannel #SecureSignalTransmission #NonInvasiveSensors #SignalIntegrity

Intellectual Property:
US Issued Patent US9594164